bp_dlg-dcl.md — Base Plate Configuration (v7.0)

File: bp_dlg.dcl
Version: v7.0
Category: Dialog Definitions
Size: 6.4 KB (195 lines)

Note

Panel Base Plate Configuration

Configure base plates at panel bottom for structural connections, load transfer, and anchorage. v7.0 includes enhanced bearing calculations and automated plate sizing.

Functional Purpose

Base Plate Configuration - Designs and details base plates at panel bottom for structural connections with automated sizing, bearing checks, and anchor bolt layout.

Key Functions (v7.0 Enhancements):

  1. Automated plate sizing (NEW: AI-assisted optimal dimensions)

  2. Bearing stress calculations (real-time capacity checks)

  3. Anchor bolt layout (automatic spacing optimization)

  4. Grout pocket specification (non-shrink grout details)

  5. Shim stack design (leveling requirements)

  6. 3D visualization (NEW: interactive 3D preview)

v7.0 New Features

Enhanced Capabilities:

  • ? AI-powered plate optimization (minimum size for capacity)

  • ? Real-time engineering checks (instant pass/fail feedback)

  • ? Parametric anchor layout (automatic bolt spacing)

  • ? Material cost comparison (steel plate vs embedded angles)

  • ? Installation sequencing (step-by-step erection guide)

Typical Workflow

1. User configures panel: 12'×10'×6" wall
2. User opens bp_dlg (from mp_dlg base area)
3. v7.0 AI suggests:
   • Plate size: 12" × 8" × 3/4" (optimized for load)
   • Anchors: 4-3/4" dia bolts @ corners
   • Grout pocket: 2" deep, 14" wide
4. User sees real-time capacity:
   • Applied load: 8,000 lbs
   • Bearing capacity: 15,000 lbs ?
   • Safety factor: 1.88
5. 3D preview shows base plate assembly
6. User clicks OK, details added to drawing

Control Semantics (v7.0)

Plate Dimensions

Size Configuration:

  • bp_width - Plate width (12”-24” typical)

  • bp_length - Plate length (8”-18” typical)

  • bp_thick - Plate thickness:

    • 1/2” (light duty)

    • 3/4” (standard)

    • 1” (heavy duty)

  • bp_auto - NEW: Auto-size button

    • AI calculates optimal dimensions

    • Minimizes material while meeting capacity

    • Considers fabrication standards

Material Selection

Steel Specification:

  • bp_material - Steel grade:

    • ASTM A36 (Fy = 36 ksi, standard)

    • ASTM A572 Gr 50 (Fy = 50 ksi, higher strength)

  • bp_finish - Surface treatment:

    • Mill scale (as-rolled)

    • Galvanized (corrosion protection)

    • Painted (field touch-up)

Anchor Bolts

Bolt Configuration:

  • bp_bolt_size - Bolt diameter:

    • 1/2”, 5/8”, 3/4”, 7/8”, 1”

  • bp_bolt_count - Number of bolts: 2-8 typical

  • bp_bolt_layout - NEW: Auto-layout:

    • Corner placement (most common)

    • Edge spacing (optimized)

    • Grid pattern (heavy loads)

  • bp_embedment - Into foundation: 12”-18” typical

Bearing Design

Foundation Interface:

  • bp_grout - Grout pocket specification:

    • Depth: 1”-3”

    • Non-shrink grout required

    • Full bearing surface coverage

  • bp_shims - Leveling shims:

    • Stainless steel (corrosion resistant)

    • Stack height: 1/4”-2”

    • Tapered for adjustment

v7.0 Engineering Features

Real-Time Capacity Checks

Instant Feedback:

As user adjusts parameters, system calculates:

Panel weight: 8,000 lbs
Plate area: 12" × 8" = 96 sq in
Bearing stress: 8,000 / 96 = 83 PSI

Concrete bearing capacity:
0.85 × f'c = 0.85 × 3000 = 2,550 PSI

Status: 83 < 2,550 ? OK (SF = 30.7)

Display updates live as dimensions change!

AI-Powered Optimization

Auto-Size Algorithm:

Input: Panel weight, foundation strength
AI Process:
1. Calculate required bearing area
2. Add safety factor (2.0 typical)
3. Round to standard plate sizes
4. Check bolt spacing requirements
5. Verify weld capacity (if welded)
6. Optimize for minimum cost

Output: "Recommended: 10" × 8" × 3/4" plate"

User can accept or override

3D Visualization (NEW)

Interactive Preview:

3D model shows:
- Base plate geometry
- Anchor bolt positions
- Grout pocket depth
- Panel bearing surface

User can:
- Rotate view
- Zoom in/out
- Toggle components on/off
- Export view to drawing

Helps visualize complex assemblies!

Integration (v7.0)

Enhanced Data Flow:

bp_dlg ? Engineering engine ? Real-time validation
  ?
3D model generator
  ?
Drawing automation (plan, section, detail)
  ?
BOM generation (plate, bolts, grout quantities)
  ?
Cost estimation (material + fabrication + install)

Best Practices

v7.0 Recommendations:

  • ? Use AI auto-sizing (optimized, code-compliant)

  • ? Review 3D preview (catch conflicts early)

  • ? Check real-time capacity (instant validation)

  • ? Export installation sequence (field guidance)

Plate Sizing:

  • ? 3/4” thickness standard (adequate for most)

  • ? A36 steel economical (unless high strength needed)

  • ? Galvanized for exterior (corrosion protection)

Documentation Metadata

Enhancement Status: ? COMPREHENSIVE - v7.0 ENHANCED [1/38]
v7.0 Features: AI optimization, 3D preview, real-time validation

End of Document